Join us in D.C. | March 8-11, 2027
Walter E. Washington Convention Center // Washington, DC
15 peer-evaluated technical presentations across three days. Each one grounded in a white paper. Built by engineers, for engineers.
The SATELLITE Tech Seminar is built around a simple commitment: every presentation begins with the research. Before taking the stage, each speaker submits a technical white paper. That paper is distributed to registered attendees and forms the foundation of everything they present.
In 2027, both the white paper and visual presentation materials are required for all accepted presentations. The white paper must also be made available during the peer-evaluation process, ensuring the program stays grounded in verified technical work from start to finish.
Every submission is evaluated by a committee of practicing engineers for technical rigor, originality, and implementation relevance. The white paper must be available throughout the review. It is what allows the program to select for depth and hold the standard attendees count on.
Each session is 25 minutes with a minimum five-minute Q&A, long enough to go deep, structured to stay focused. Presented by one or two speakers across three days as part of SATShow Week.
A highly technical program for engineers who want more than a slide deck, with white paper-driven presentations on the systems, architectures, and design decisions shaping next-generation satellite technology.
A preview of the technical presentations coming to SATShow Week 2027, from post-quantum command security to orbit-aware transport and distributed edge compute.
Mercury, an AI-based mission intelligence engine, passes anomaly scores through a deterministic relevance layer so operators only see events with real operational impact. Tested on small satellite scenarios, it cut false escalations and investigation time.
Failover restores a link but breaks the sessions running over it. This talk separates multi-orbit, multi-constellation, and multi-path designs, and makes the case for measuring resilience by session continuity instead of availability.
A recoverable trust architecture for command authentication, secure boot, and firmware updates, weighing ML-DSA, SLH-DSA, and stateful hash-based signatures. Attendees leave with a reference architecture, an algorithm-selection matrix, and a command-authentication test plan.
Why terminal identity is attacked and how, drawing on real cases. Covers root of trust, secure boot, side-channel listening, fault injection, and the mix of countermeasures that makes attacks impractical.
Physics-informed and quantum-assisted neural networks as onboard orbit propagators, benchmarked against SGP4 and Orekit on a Jetson Nano that stands in for CubeSat-class computing.
A router-hosted application turns telemetry from unmodified commercial LEO terminals into policy-ready signals for routing and QoS. A live demonstration polls Starlink terminal data.
Compute now sits on the collecting spacecraft, on neighboring assets, and on the ground. The open question is how a mission decides what to process, where, and when, and why coordination may matter as much as the processors.
A chiplet-based processor array that scales from compact 5G NTN terminals to multi-chip regenerative payloads while keeping one hardware and software framework.
After a LEO to GEO transition, BBRv3 leaves roughly 30 percent of link capacity unused. BBR-SAT, a short userspace QUIC extension, swaps in orbit-aware parameters within a single RTT and needs no kernel changes.
How the EU GOVSATCOM Hub can replace ticket-based provisioning with automated 5G-NTN services, including a demonstration of sessions surviving handovers between terrestrial and GEO satellite networks.
Fade protection for optical links moves from ASICs and FPGAs to software. LT3 fountain codes run on a single commodity GPU at 1.5 to 3 terabits per second, with coding depth set at deployment.
The Tech Seminar draws the people who build, test, and integrate satellite systems. Engineers who don’t just attend sessions, but push them forward.
Principal, staff, and lead engineers from major satellite operators and manufacturers.
Technical architects designing next-generation satellite systems and ground infrastructure.
Engineering directors and technical managers leading innovation at aerospace companies.
Applied research scientists developing breakthrough technologies for space applications.
Technical sales engineers and solutions architects bridging innovation and implementation.
Technical product managers and general managers overseeing satellite technology development.
The 2027 program is posted, with every session backed by a white paper. Choose your pass and come hear the work firsthand.
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